Science news

Ishaan Dokania, a sixth-grader from Oregon, is exploring lithium resource identification using satellite imagery and machine learning. His project reached 89% accuracy in predicting potential lithium deposits after addressing data noise and testing various algorithms. Ishaan's innovative approach combines geology and remote sensing to streamline mineral exploration. He is competing as a finalist in the 2026 Thermo Fisher Scientific Junior Innovators Challenge.

A fascinating study delved into the projectile points utilized by ancient Clovis and Cumberland cultures in Tennessee, analyzing nearly 500 artifacts from the late Ice Age. Findings reveal that Clovis groups often resharpened their points due to limited resource knowledge, while Cumberland groups tended to discard points with potential still intact. This suggests an evolving approach to resource management, emphasizing the growing familiarity with their environment over generations.

In Thailand, Asian elephants demonstrate remarkable adaptability in their feeding behaviors when encountering challenges. Studies indicate that these elephants can switch from direct feeding techniques to indirect methods as needed. While older elephants may find such adaptations more difficult due to slower reflexes, the ability to change tactics is crucial for their social dynamics. This insight into their behavioral flexibility could significantly improve strategies for harmonious coexistence

In an extraordinary archaeological discovery in northern Greece, a gymnasium complex tied to Alexander the Great's education has emerged in Mieza. Believed to have been established by King Philip II, this site functioned as a prestigious institution for the elite. Recent excavations revealed various structures, including banquet halls used for social gatherings and teaching facilities, hinting at Aristotle's influence on students like Alexander.

Rice husk ash from rice mills has been shown to improve the properties of asphalt mixtures. The incorporation of varying ash amounts led to increased stiffness and higher resistance to permanent deformation. Higher ash content resulted in better performance at elevated temperatures but raised concerns about workability and low-temperature brittleness. Research indicates a trade-off between performance benefits and risks associated with increased ash amounts.